Smart Motors Power the Next Wave of E-bikes
Advances in motor control, battery management systems, and torque sensing are helping electric bicycles go farther, ride smoother, and connect seamlessly to users.
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Motor Control
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Start and Run Capacitors Are Critical for Single-Phase AC Motors
Start and run capacitors play a major role in single-phase AC motor operation by providing the necessary phase shift for startup and maintaining running torque.
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Taking Flight with Motor Control
Connectors can be the key to making drone designs better performing, more compact, and lighter.
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Prototyping Automotive Motor Control with NXP
Discover how to efficiently prototype BLDC motor control with NXP’s S32M276SFFRD—compact design, integrated features, and powerful software tools.
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Optimizing Robotic Cable Management
Routing and protecting the constantly moving and flexing power and signal cables for robotics is a significant challenge requiring versatile solutions.
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Optical, Magnetic, Resolver, or Capacitive for Your Motor Encoder?
Customers have diverse choices and must weigh many trade-offs when selecting a feedback encoder for their motor.
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Piezoelectric Motors and Drivers Offer a Unique Motion Solution
Piezoelectric motors use unique physics for precise motion in small ranges, requiring high-voltage drivers suited for capacitive loads.
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Optimized Traction Motors
Traction motors for electric vehicles, railroad locomotives, and similar applications are designed to provide high torque at start-up under full load.
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Getting to Know Linear Motors
The widely used linear version of the rotary BLDC motor offers distinct advantages, despite several caveats.
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Understand Motion-Trajectory Profiles for Effective Motor Control
Motor controllers offer advanced, precise control of position, speed, and acceleration. Explore unipolar vs. bipolar drive configurations for stepper motors.
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Unipolar vs. Bipolar Drive for Stepper Motors
Explore the differences between unipolar and bipolar drive configurations for stepper motors, focusing on wiring, performance, and applications.
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Basics of Motor Field-Oriented Control
Field-oriented control offers improved efficiency and superior control of torque and other performance parameters, but at a computational cost.
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Today's Cars Are Packed with Motors
The first gasoline cars had no electric motors. Fast forward, all of today's cars have dozens of “invisible” motors and controllers.
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Brushed or Brushless DC Motor?
Selecting the right motor size and type can be a challenge, and deciding between brushed or brushless configurations is one of the critical decisions.
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Flexible Platform for 3-Phase Motor Drives
SiC MOSFETs improve thermal properties and switching speeds. Wolfspeed's SpeedVal Kit simplifies SiC design, reducing testing cycles from weeks to minutes.
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Mastering Motor Control Design
The need for more efficient motors drives the current market and will continue to do so, making innovation in motor technology as relevant as ever. Explore these design guides to learn more.
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Precise Motor Control for Brushless DC Motors
Market conditions require motors to be more compact, energy-efficient, and controllable. This drives the need to deliver precise motor control to fit the breadth of applications for DC motors.
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onsemi's EliteSiC Revolutionizing Power Electronics with Enhanced Silicon Carbide Technology
Experience higher efficiency, faster switching speeds, and enhanced reliability with advanced SiC technology.
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Renesas Reality AI: Monitoring Equipment at the Edge
Renesas Reality AI allows developers to develop intelligent, embedded AI applications quickly and easily for edge devices.
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Are Two Wheels Better Than Four?
Electric bikes and scooters are on the rise, and that trend will continue. Let’s explore what that means for related technology markets.
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